holographic film

Instead a representative reticle is recorded in three-dimensional space onto holographic film at the time of manufacture.

Enter DuPont, which had spent nearly six years developing a holographic film that gives images the appearance of depth.

Typically, elaborate hydraulic or vacuum systems have been employed to compress holographic film during the exposure process.

Then the exposed holographic film is fed through a holo-printer, where it merges the images into one realistic looking 3-D portrait.

Exposing the holographic film to the light for a few seconds can increase the brightness of the hologram by an order of magnitude.

Sequential frames of two-dimensional movie footage of a rotating subject are recorded on holographic film.

"Many OI brains, including those of humans, store memory in a way analogous to the data storage for a holographic film.

Superposition of objects can also be made by imprinting the images of the two (or more) 3D objects on the same holographic film.

For a price, they could run their fingers through the latest slimes, gels, resins, foams, holographic films and laminates that only an obsessive like him would collect.

Like his predecessors, the 31st President-General had provided the programmers with a comprehensive holographic film portrait which had been used to produce computer-generated audio and video master-tapes.

Either way, Ttools, a company in Providence, R.I., has a new answer: a piece of holographic film that fits over your hand-held's screen to block prying eyes.

The long strip of holographic film was placed between the loose glass sheet and the front of the camera, and the entire camera box was then almost filled with Johnson's Baby Oil.

Chromadepth is a patented system from the company Chromatek (a subsidiary of American Paper Optics since 2002) that produces a stereoscopic effect based upon differences in the diffraction of color through a special prism-like holographic film fitted into glasses.

Certain molecules that mimic biomolecule active sites or binding sites can be incorporated into the polymer that forms the holographic film in order to make the holographic sensors selective and/or sensitive to certain medical important molecules like glucose, etc.

Most materials used for phase holograms reach the theoretical diffraction efficiency for holograms, which is 100% for thick holograms (Bragg diffraction regime) and 33.9% for thin holograms (Raman-Nath diffraction regime, holographic films of typically some μm thickness).

The total energy required when exposing holographic film using a continuous wave laser (i.e. for several seconds) is significantly less than the total energy required when exposing holographic film using a pulsed laser (i.e. around 20-40 nanoseconds) due to a reciprocity failure.